Hanwha Techwin America Techwin SID-56 1/3 High Resolution Mini Dome CCTV Camera With Built-in A/I Fixed Lens : 6 Mm

Technical Specification

Please note: this is a discontinued product.

Go to Replacement product

Features:

Make: Hanwha Vision
Previously known as: Samsung
Model code: SID-56
Series: SID Series
Chip Inch Size: 1/3

Additional info:

The SID-56 series utilizes the WIV DSP developed by Hanwha Techwin specifically for CCTV applications. The WIVis the fourth-generation chipset in the Winner series. WIV provides a 3D noise reduction technology (SSNRII) which produces an S/N specification of 52dB. This noise reduction technology enables compression engines in DVRs to work much more efficiently, achieving as much as 70% reduction in recording space. This translates to either lower storage cost or significantly longer storage times.

Contact manufacturer Contact manufacturer Datasheet Datasheet

Make	Hanwha Vision
Manufacturer	Hanwha Vision (formerly Hanwha Techwin America)
Previously known as	Samsung
Category	Video Surveillance>Dome cameras
Model code	SID-56
Chip Inch Size	1/3
Color Type	Color
Resolution TVL	580
Sensitivity lux	0.04
Dome Type	Continuous Rotation
Indoor/Outdoor	Indoor
Digital (DSP)	Yes
Electrical Specifications	Voltage: 12 V DC Power Consumption: 1.8 W
Rotation Angles^o	20 ~ 90 (tilt), 0 ~ 360 (pan)
Back Light Compensation	Yes
Auto Gain Control	Yes
White Balance	Yes
S/ N (Signal/ Noise) Ratio dB	52
Synchronisation	Internal
Video Output	1.0 Vp-p, 75 Ohms
Zoom Ratio	Fixed
Physical Specifications	Dimensions mm: 104 (Dia) x 67 Weight g: 180
Environmental Specifications	Operating Temp ^oC: -10 ~ +50 Operating Humidity %: 30 ~ 80
Additional info	The SID-56 series utilizes the WIV DSP developed by Hanwha Techwin specifically for CCTV applications. The WIVis the fourth-generation chipset in the Winner series. WIV provides a 3D noise reduction technology (SSNRII) which produces an S/N specification of 52dB. This noise reduction technology enables compression engines in DVRs to work much more efficiently, achieving as much as 70% reduction in recording space. This translates to either lower storage cost or significantly longer storage times.
Download PDF version Download PDF version